"T2/STIR: normal or hypointense"
"T2 mapping: normal T2 [ms]"
"T1 mapping: increased T1 [ms]"
"perfusion imaging: perfusion defect also under rest"
"IRGE/PSIR: varying degrees of subendocardial up to transmural late gadolinium enhancement (LGE) in the affected area of the myocardium"
"ECV: increased"
"Myocardial scar tissue is the result of replacement fibrosis and is also called non-viable myocardium even though the latter is a misnomer since it is known that even in myocardial scar tissue there are residual functional cells 1,2."
"Myocardial scar tissue is the result of replacement fibrosis and is also called non-viable myocardium even though the latter is a misnomer since it is known that even in myocardial scar tissue there are residual functional cells 1,2."
"Myocardial scar tissue is the result of replacement fibrosis and is also called non-viable myocardium even though the latter is a misnomer since it is known that even in myocardial scar tissue there are residual functional cells 1,2."
"Myocardial scar tissue is the result of replacement fibrosis and is also called non-viable myocardium even though the latter is a misnomer since it is known that even in myocardial scar tissue there are residual functional cells 1,2."
"IRGE/PSIR: varying degrees of subendocardial up to transmural late gadolinium enhancement (LGE) in the affected area of the myocardium"
"IRGE/PSIR: varying degrees of subendocardial up to transmural late gadolinium enhancement (LGE) in the affected area of the myocardium"
"The complete absence of myocardial scar tissue predicts myocardial recovery in 75-80%. The presence of myocardial scar with transmurality of up to 50% is less accurate in predicting contractile recovery of the affected segment (PPV ~50%), whereas transmurality exceeding 50% predicts a poor likelihood of complete functional recovery of"
Expected headings
"Echocardiography"
"Strain imaging"
"Cine-imaging"
"Signal characteristics"